CN101100232A - Buffering package structure - Google Patents
Buffering package structure Download PDFInfo
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- CN101100232A CN101100232A CNA2006101451742A CN200610145174A CN101100232A CN 101100232 A CN101100232 A CN 101100232A CN A2006101451742 A CNA2006101451742 A CN A2006101451742A CN 200610145174 A CN200610145174 A CN 200610145174A CN 101100232 A CN101100232 A CN 101100232A
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Abstract
The present invention provides one kind of buffering package structure, which includes one box, one separating part, one first deformable packed matter and one second packed matter. The separating part is set movably inside the space inside the box to separate the inside space into one first space and one second space. The second packed matter is held inside the second space, while the first deformable packed matter is held inside the first space capable of stretching in the first direction. The first deformable packed matter pushes the separating part with one support force, and can absorb the vibration and displacement on the separating part and reduce damage subjected to the second packed matter.
Description
Technical field
The invention relates to a kind of packaging structure; Particularly, the invention relates to a kind of buffer packing structure that utilizes this body structure of packed article as buffering.
Background technology
Important topic when the packing of breakables is always transported for product.When packing is appropriate inadequately, often cause the damage of article in the process of transporting, and then increase productive costs.The electronics package of high-accuracy property of tool or frangibility particularly, for example liquid crystal indicator, plasm display device, organic light emitting diode display, family's theater group, light fixture etc., destroy in-to-in circuit structure or other fragile structures easily because transporting the bump in the process, and then cause product losses.
Be packaged as example with the read out instrument shown in Fig. 1 a and Fig. 1 b, generally transport in the process, all display device panel 70 is separated with its supporting seat 50 at product.At first fender 22 is filled in the bottom of casing 10, the supporting seat 50 that then will be folded to the minimal compression position is put into fender 22.Supporting seat 50 tops are provided with dividing plate 30, to isolate the display device panel 70 of supporting seat 50 and dividing plate 30 tops, clash into display device panel 70 to avoid supporting seat 50 in the process of transporting.Above display device panel 70, fill fender 21 at last, to finish stuffing.
In above-mentioned manner of packing, the protection of external impacts and buffering are dependent on the fender 21,22 and the dividing plate 30 of institute's filling therebetween fully, so the thickness of fender 21,22 and dividing plate 30 and material have promptly determined whole buffering effects.Comparatively speaking, 50 of supporting seats are one of factor that causes therebetween display device panel 70 destructions.In addition, be provided with spring or other elastomeric material in the structure of supporting seat 50 more, fail with used to the buffer structure of entire package as vibration absorptive material, also very unfortunate.Therefore how in packaging structure with the factor of supporting seat self destruction electronics, change into the device that increases buffering effect, promptly become one of thinking direction of the present invention.
Summary of the invention
The object of the present invention is to provide a kind of buffer packing structure, have and save the advantage that fender is provided with.
The object of the present invention is to provide a kind of buffer packing structure, utilize the structure of packed article itself that the effect of buffering, shock-absorbing is provided, to reach the function of shock-absorbing.
A kind of buffer packing structure of the present invention can be taken in a first content thing, it is characterized in that this buffer packing structure comprises:
One casing has an inner space;
One first fender is arranged in this inner space; And
One spacer portion, be arranged in this inner space, and this spacer portion and this first fender keep one first prepsetting gap, make this spacer portion and this first fender separated from one another, form one first space between this first fender and this spacer portion, this first content thing can be taken in this first space;
Wherein be subjected to the external force effect when this casing, when making this first fender and this spacer portion move toward one another, this casing can be out of shape to make and is reduced into one second prepsetting gap between this first fender and this spacer portion, and this second prepsetting gap is less than this first prepsetting gap.
Wherein this spacer portion and this first fender are in the two, and the modulus of rigidity of this spacer portion is bigger.
Wherein this first fender comprises Styrofoam.
Wherein this buffer packing structure also comprises an elasticity material, and this elasticity material is arranged at this first prepsetting gap, and wherein this elasticity material is than this casing easy deformation.
Wherein this elasticity material is a mattress, does the time spent when this casing is subjected to this external force, and this mattress is distortion therefore.
Wherein among this elasticity material, this spacer portion and this first fender three, the modulus of rigidity minimum of this elasticity material.
Wherein this buffer packing structure also comprises one second fender, this second fender is arranged in this inner space with respect to this first fender side, this second fender is to be connected to this spacer portion, does the time spent when this casing is subjected to external force, and this second fender can not move with respect to this spacer portion.
A kind of buffer packing structure of the present invention is characterized in that, comprises:
One casing has an inner space;
One first fender is arranged in this inner space;
One spacer portion is arranged in this inner space, and this spacer portion and this first fender keep one first prepsetting gap, makes this spacer portion and this first fender separated from one another, forms one first space between this first fender and this spacer portion; And
One deformable first content thing is to be contained in this first space, this first content thing can maintain one than stretched condition and one than compressive state the two one of;
Wherein do not do the time spent when this casing is subjected to external force, this first space keeps one first height, and this first content thing can maintain this and be accommodated in this first space than stretched condition; When this casing is subjected to the external force effect, when making this first fender and this interval part move toward one another, this casing can begin distortion from contiguous this first prepsetting gap place, make this first space be reduced to one second height, this second height is less than this first height, and forcing this first content composition deformation to become should be accommodated in this first space than compressive state.
Wherein this first fender comprises Styrofoam.
Wherein this spacer portion and this first fender are in the two, and the modulus of rigidity of this spacer portion is bigger.
Wherein further comprise an elasticity material, this elasticity material is arranged at this first prepsetting gap, and wherein this elasticity material is than this casing easy deformation.
Wherein among this elasticity material, this spacer portion and this first fender three, the modulus of rigidity minimum of this elasticity material.
Wherein this elasticity material comprises a mattress.
Wherein this first content thing comprises a supporting seat, and this supporting seat can stretch and this spacer portion of conflicting at a first direction, and this supporting seat comprises:
One base;
One strut bar, this strut bar have a base end and a support end, and this base end connects this base, and this support end is to move relative to this base end;
A connecting seat connects this support end of this strut bar, and this Connection Block is for being connected with an object; And
One elastic element, connect this base and this strut bar, relative this base of this strut bar is positioned at Jie and upholds one between a position and a compression position than compression position one, this elastic element provides this strut bar to drive a elastic force to this extension position, this base and this Connection Block this spacer portion of conflicting wherein.
Wherein this support end can be around this base end rotation.
Wherein this elastic element comprises a linear springs of extending along this strut bar.
Wherein this elastic element comprises a torsion spring of this base end that is arranged at this strut bar.
Wherein this strut bar and this base are along the direction of principal axis socket of this strut bar.
Wherein this elastic element comprises a wind spring that is provided with along this strut bar.
Wherein further comprise and enclose the bundle element, this encloses the bundle element and encloses this base of bundle and be in this this strut bar than compression position, to limit this first content thing from upholding towards a complete stretched condition than stretched condition.
Wherein further comprise one second fender, this spacer portion is to be arranged between this second fender and this first fender, forms one second space between this second fender and this spacer portion.
A kind of buffer packing structure of the present invention is characterized in that, comprises:
One casing has an inner space;
One first fender is arranged in this inner space;
One spacer portion is arranged in this inner space, forms one first space between this spacer portion and this first fender;
One deformable first content thing is contained in this first space, and this first content thing is connected to this spacer portion; And
One encloses the bundle element, and this encloses the bundle element and encloses this first content thing of bundle, upholds towards a complete stretched condition than stretched condition from one to limit this first content thing;
Wherein work as this spacer portion to this first content thing application of force, this spacer portion moves relative to this casing, and forces this first content thing from being deformed into one than compressive state than stretched condition.
Wherein this spacer portion and this first fender are combined closely.
Should be the minimum altitude state of this first content thing wherein than compressive state.
Wherein this first fender and this spacer portion are separated from one another, and this first fender and this spacer portion keep one first prepsetting gap, make this spacer portion and this first fender separated from one another, form one first space between this first fender and this spacer portion, this first content thing is accommodated in this first space and can takes in;
Wherein do not do the time spent when this casing is subjected to external force, this first space keeps one first height, and this first content thing can maintain this and be accommodated in this first space than stretched condition; When this casing is subjected to the external force effect, when making this first fender and this interval part move toward one another, this casing can begin distortion from contiguous this first prepsetting gap place, make this first space be reduced to one second height, this second height is less than this first height, and forcing this first content composition deformation to become should be accommodated in this first space than compressive state.
Wherein this first fender and this spacer portion comprise Styrofoam.
Wherein this spacer portion and this first fender are in the two, and the modulus of rigidity of this spacer portion is bigger.
Wherein further comprise an elasticity material, this elasticity material is arranged between this spacer portion and this first fender, and wherein this elasticity material is than this casing easy deformation.
Wherein among this elasticity material, this spacer portion and this first fender three, the modulus of rigidity minimum of this elasticity material.
Wherein this elasticity material comprises a mattress.
Wherein this first content thing comprises a supporting seat, and this supporting seat can stretch and this spacer portion of conflicting at a first direction, and this supporting seat comprises:
One base;
One strut bar, this strut bar have a base end and a support end, and this base end connects this base, and this support end can move relative to this base end;
A connecting seat is this support end that connects this strut bar, and this Connection Block is for being connected with this electronic device body; And
One elastic element, connect this base and this strut bar, this strut bar is that relatively this base is positioned at Jie and upholds one between a position and a compression position than compression position one, this elastic element provides this strut bar to drive a elastic force to this extension position, one of them this spacer portion of conflicting of this base and this Connection Block;
Wherein this encloses the bundle element and encloses bundle this base and be in this this strut bar than compression position.
Wherein this support end can be around this base end rotation.
Wherein this elastic element comprises a linear springs of extending along this strut bar.
Wherein this elastic element comprises a torsion spring of this base end that is arranged at this strut bar.
Wherein this base and this Connection Block one of them be the surface of this spacer portion of conflicting.
Wherein this strut bar and this base are along the direction of principal axis socket of this strut bar.
Wherein this elastic element comprises a wind spring that is provided with along this strut bar.
Wherein further comprise one second fender, this spacer portion is arranged between this second fender and this first fender, forms one second space between this second fender and this spacer portion.
Description of drawings
Below by the detailed description of icon, component symbol and conjunction with figs., further be described as follows in detail with regard to preferred embodiment of the present invention, wherein:
Fig. 1 a be in the known technology packaging structure disassemble scheme drawing;
Fig. 1 b is the generalized section of packaging structure in the known technology;
Fig. 2 is the embodiment scheme drawing of electronics package;
Fig. 3 a is the embodiment element exploded view of buffer packing structure;
Fig. 3 b is the generalized section of Fig. 3 a illustrated embodiment;
Fig. 3 c is the illustrative view of Fig. 3 b illustrated embodiment;
Fig. 3 d is another embodiment of the spacer portion and first fender;
Fig. 4 a is another embodiment element exploded view of buffer packing structure;
Fig. 4 b is the section-drawing of Fig. 4 a illustrated embodiment;
Fig. 5 is the embodiment section-drawing that adds the hard dividing plate;
Fig. 6 a is the embodiment scheme drawing of supporting seat;
Fig. 6 b is another embodiment scheme drawing of supporting seat;
Fig. 7 a is that supporting seat is positioned at the embodiment scheme drawing when upholding the position;
Fig. 7 b is the embodiment scheme drawing of supporting seat when being positioned at compression position;
Fig. 7 c is that supporting seat is positioned at the embodiment scheme drawing when upholding the position;
Fig. 8 a is the embodiment element exploded view that comprises the elasticity material;
Fig. 8 b is that supporting seat is positioned at the embodiment section-drawing when upholding the position;
Fig. 8 c is the embodiment section-drawing of supporting seat when being positioned at than compression position;
Fig. 9 a is the scheme drawing of first content thing of the present invention and another embodiment of second content thing;
Fig. 9 b is the embodiment section-drawing of Fig. 9 a illustrated embodiment packaging structure;
Figure 10 a and Figure 10 b are the scheme drawing of another embodiment of the present invention.
The specific embodiment
The present invention provides a kind of buffer packing structure.In preferred embodiment, this buffer packing structure is to be an electronics package packaging structure.In the present invention, electronics package is to be example with a read out instrument, as shown in Figure 2; Yet the present invention also can be applicable to other device or equipment, for example fan, light fixture etc.
In the embodiment shown in Fig. 3 a and Fig. 3 b, preferable casing 100, first fender 220 and the spacer portion 300 of comprising of buffer packing structure.Casing 100 is to have an inner space 110.In this embodiment, casing 100 is preferably and is square box, and inner space 110 also is square space.Yet in different embodiment, the shape of casing 100 and inner space 110 thereof also can be other difformity, to cooperate different packed article profiles.In addition, casing 100 is preferably and is the carton by paperboard; Yet in different embodiment, casing 100 can also plastic production or is made with other material.
Shown in Fig. 3 a and Fig. 3 b, first fender 220 is to be arranged in the inner space 110.First fender 220 is preferably by Styrofoam made.Yet in different embodiment, first fender 220 also can adopt foam, other organic expanded material, or padded coaming such as mattress.Spacer portion 300 is to be arranged at movably in the inner space 110 of casing 100, and its two ends are to contact with the inwall of casing 100 respectively, to keep the stability of spacer portion 300 horizontal directions.Spacer portion 300 is to keep first prepsetting gap 221 with first fender 220, with separated from one another with first fender 220.Shown in Fig. 3 b, spacer portion 300 is that inner space 110 is separated is first space 112 and second space 111.First space 112 is to be formed between the spacer portion 300 and first fender 220, and has first height.In addition, with preferred embodiment, the modulus of rigidity of spacer portion 300 is the modulus of rigidity greater than first fender 220.In preferred embodiment, spacer portion 300 be by and the friction force of 100 of casings be arranged at movably in the inner space 110; Yet in different embodiment, spacer portion 300 is supported by the content that is contained in first space 112, to be arranged at movably in the casing 100.
When casing 100 is collided or other external force is done the time spent, first fender 220 promptly produces relative motions with spacer portion 300.Particularly when first fender 220 produces move toward one another with spacer portion 300 because of the external force of compressing, shown in Fig. 3 c, casing 100 can distortion make first prepsetting gap 221 of first fender 220 and 300 scripts of spacer portion be reduced into second prepsetting gap 222, and second prepsetting gap 222 is less than first prepsetting gap 221.First of first space, 112 scripts highly also be compressed to the second less height at this moment.In addition, in preferred embodiment, when external force produced, casing 100 was by near the initial distortion in first prepsetting gap, 222 places, to cooperate the change in first fender 220 and 300 gaps of spacer portion.
Fig. 3 d is depicted as another embodiment of the spacer portion 300 and first fender 220.In this embodiment, the two ends of spacer portion 300 are to extend to first fender 220 respectively.220 of first fenders have tabular shape.First fender 220 is to contact with the two ends extendible portion of spacer portion 300 and support each other.112 in first space is formed between the two ends extendible portion of spacer portion 300.
In the embodiment shown in Fig. 4 a and Fig. 4 b, buffer packing structure further comprises packaged deformable first content thing 500 and second content thing 700; Deformable first content thing 500 is to be contained in first space 112, and second content thing 700 then is contained in second space 111.Deformable first content thing 500 is preferably the supporting seat into tool deformability and deformation recovery power; But in different embodiment, also can be other device of other tool deformability and deformation recovery power.Second content thing 700 is to be exemplified as display unit main body.Yet in different embodiment, second content thing 700 also can be electronics packages such as fan main body, lamp main body.In addition, in the present invention, second content thing 700 also comprises other packaged non-electronic product and substitutes, for example mirror, glass etc.
In this embodiment, the thickness of spacer portion 300 can be adjusted with the size of casing 100 inner spaces 110, to adjust the size in second space 111 and first space 112.In preferred embodiment, spacer portion 300 is made by Styrofoam.For cooperating the shock-resistant degree of second content thing 700 and deformable first content thing 500, the hardness of spacer portion 300 can be adjusted, and for example selects for use the higher Styrofoam material of density to come as spacer portion 300.In addition, spacer portion 300 also can adopt multiple-structure, to increase its buffer capacity or in response to other demand.In embodiment as shown in Figure 5, spacer portion 300 promptly adds a hard dividing plate 310 in the surface towards first space 112.By the setting of hard dividing plate 310, can reduce the possibility of spacer portion 300 bodies because of clashing into suffered injury and being penetrated.
In the embodiment shown in Fig. 4 a and Fig. 4 b, further comprise second fender 210 that is arranged in casing 100 inner spaces 110.Second fender 210 also forms second space 111 for holding second content thing 700 with spacer portion 300.Second fender 210 is and spacer portion 300 butts, in order to the space of 100 of filling second content thing 700 and casings.Do the time spent when casing 100 is subjected to external force, second fender 210 not relative spacing portion 300 produces mobile; In other words, second fender 210 is roughly constant with the relative position relation of spacer portion 300.Shown in Fig. 4 b, except that with part that spacer portion 300 contacts, second fender 210 is preferably and roughly coats second content thing 700; Yet in different embodiment, second fender 210 also can be only with spacer portion 300 be divided into second content thing 700 about.In addition, second fender 210 is preferably by Styrofoam made.Yet in different embodiment, second fender 210 also can adopt foam, other organic expanded material, or padded coaming such as mattress.
In the embodiment shown in Fig. 4 a and Fig. 4 b, deformable first content thing 500 is to be a supporting seat 501, for combining with second content thing 700 separably to support second content thing 700.Shown in Fig. 4 b and Fig. 6 a, supporting seat 501 preferably comprises base 510, strut bar 530, Connection Block 550 and elastic element 570.The two ends of strut bar 530 are respectively relative base end 531 and support end 533.Base end 531 is rotatably to connect base 510, and support end 530 then rotatably is connected with Connection Block 550.If with base 510 is that R point is seen it, support end 533 is can be with respect to base end 531 rotations.Elastic element 570 connects base 510 and strut bar 530 respectively.In preferred embodiment, elastic element 570 is for being arranged at the torsion spring of strut bar 530 base end 531; Yet in the embodiment shown in Fig. 6 b, elastic element 570 also can be the linear springs of extending along strut bar 530.
When strut bar 530 was positioned at the extension position with respect to base 510, shown in Fig. 6 a and Fig. 7 a, this moment, Connection Block 550 was to be connected with the backboard of second content thing 700, and base 510 then is positioned over a platform so that the support of second content thing 700 necessity to be provided.In addition, under this state, the deflection of elastic element 570 and the elastic force of generation also are minimum.Shown in Fig. 7 b, when strut bar 530 was positioned at compression position with respect to base 510, strut bar 530 had been compressed to the limit with the relative displacement of base 510, and the volumetric shrinkage that makes supporting seat 501 is to minimum.The deflection of elastic element 570 and the elastic force of generation are maximum at this moment.Shown in Fig. 7 c, when strut bar 530 be positioned at Jie upholding between position and compression position uphold the position or during than compression position, the volume of supporting seat 501 is the volume under aforementioned two-state also.The elastic force of the deflection of elastic element and generation is all at increasable section at this moment.Strut bar 530 can rotate with respect to base 510 because of the change of external force, and the once step stretching elastic element 570 of going forward side by side makes the supporting seat 501 whole shock absorbers with shock-absorbing mechanism that form to produce the elastic force of corresponding external force.
In addition, be positioned at and uphold the position and be unlikely to spring back to and uphold the position for keeping strut bar 530, supporting seat encloses bundle element 590 501 preferable comprising.Enclosing bundle element 590 is to enclose bundle base 510 and strut bar 530, upholds towards upholding the position with restriction strut bar 530.Shown in Fig. 7 c, enclose bundle element 590 and be preferably restriction supporting seat 501 and be in to uphold and uphold the position between position and compression position; Yet in different embodiment, enclose bundle element 590 and also can limit supporting seat 501 and be in the position of compression, unexpected extension takes place to avoid supporting seat 501.In preferred embodiment, enclose bundle element 590 and be preferably and be the plastics band.Yet in different embodiment, enclose the band that bundle element 590 also can be rope or other material.In addition, enclose bundle element 590 can also supporting seat elements such as 501 built-in registration devices or trip replace.In different embodiment, enclose bundle element 590 and also be used on other outer class shape deformable first content thing 500 of supporting seat 501.
In the embodiment shown in Fig. 8 a and Fig. 8 b, supporting seat 501 is to be in to uphold the position uphold the position between compression position, and is contained in first space 112 of casing 100.Supporting seat 501 is to stretch on first direction 410; In other words, by the setting of strut bar 530 with elastic element 570, Connection Block 550 is to produce displacement with respect to base 510 on first direction 410.In this preferred embodiment, first direction 410 is perpendicular to the direction that spacer portion 300 is provided with.Supporting seat 501 is conflict spacer portion 300, providing spacer portion 300 1 bearing forces, and absorbs spacer portion 300 suffered vibrations and displacement.In this preferred embodiment, the Connection Block 550 of supporting seat 501 is conflict spacer portion 300; Yet in different embodiment, also can be by the base 510 conflict spacer portion 300 of supporting seat 501.In addition, shown in Fig. 8 b, supporting seat 501 is to enclose bundle element 590 by setting to be positioned at and to uphold the position to keep it; Yet in different embodiment, supporting seat 501 also can be upheld the position to maintain this by the weight of bearing spacer portion 300 and second content thing 700, is unlikely to uphold fully.
In addition, in this preferred embodiment, the extension position of second content thing 700, supporting seat 501, uphold position and compression position and all on first direction 410, arrange.Shown in Fig. 8 c, when second content thing 700 is subjected to the external force vibrations, promptly along first direction 410 compression spacer portion 300.Spacer portion 300 is passed to supporting seat 501 with being about to external force along first direction 410, makes supporting seat 501 produce compression and move to than the displacement of compression position with absorbing vibration and generation towards compression position.Because spacer portion 300 moves relative to first fender 220, therefore the height in first space 112 is highly reduced to second height by first of script.At this moment, elastic element 570 is accumulated an elastic force because of compression, makes supporting seat 501 then return back to original position (promptly upholding the position) towards upholding the position.By the compression of supporting seat 501 and the elastic force of elastic element 570, cushioned the vibrations that second content thing 700 is produced by external force concussion, to lower the suffered infringement of second content thing 700.
In the embodiment shown in Fig. 8 a and Fig. 8 b, packaging structure further comprises elasticity material 600.Elasticity material 600 is to be arranged in first prepsetting gap 221 of 220 of spacer portion 300 and first fenders.Compare the modulus of rigidity minimum of elasticity material 600 with the spacer portion 300 and first fender 220; In other words, when being subjected to equivalent external force, the resistivity of 600 pairs of external force of elasticity material is few than the spacer portion 300 and first fender 220.In addition, when being subjected to equivalent external force, the deformation quantity of elasticity material 600 is many than the spacer portion 300 and first fender 220 then.In preferred embodiment, elasticity material 600 is to comprise mattress; Yet in different embodiment, elasticity material 600 also can comprise other materials such as foam.Shown in Fig. 8 c, when spacer portion 300 stressed along first direction 410 when pressing down, first prepsetting gap 221 promptly is reduced to second prepsetting gap 222.Because the modulus of rigidity of elasticity material 600 is less, so elasticity material 600 can produce compression set prior to spacer portion 300 and first fender 220 cooperating the amount of compression of supporting seat 501, and absorbs partly and impact.
Fig. 9 a is depicted as another embodiment of the present invention.In this embodiment, the strut bar 530 of supporting seat 501 and base 510 are the direction of principal axis sockets along strut bar 530.Change speech, the strut bar 530 and the base 510 of supporting seat 501 is the clamping supports that constitute the so-called flexible mirror of looking in the distance.In this embodiment, elastic element 570 is preferably and comprises a wind spring or certain force spring, and its two ends are connected to the bottom and the base 510 of strut bar 530.Support end 530 is rotatably to be connected with Connection Block 550.Shown in Fig. 9 b, supporting seat 501 is to be contained in first space 112 of casing 100.In this embodiment, be preferably to comprise to enclose bundle element 590 to enclose the Connection Block 550 and the base 510 of bundle supporting seat 501, supporting seat 501 is maintained than compression position.Supporting seat 501 is to stretch on first direction 410; In other words, by the setting of strut bar 530 with elastic element 570, Connection Block 550 is to produce displacement with respect to base 510 on first direction 410.Supporting seat 501 is conflict spacer portion 300, providing spacer portion 300 1 bearing forces, and absorbs spacer portion 300 suffered vibrations and displacement.In this preferred embodiment, the Connection Block 550 of supporting seat 501 is conflict spacer portion 300; Yet in different embodiment, also can be by the base 510 conflict spacer portion 300 of supporting seat 501.
In addition, in this preferred embodiment, the extension position of second content thing 700, supporting seat 501, all on first direction 410, arrange than compression position and compression position.When second content thing 700 is subjected to the external force vibrations, promptly along first direction 410 compression spacer portion 300.Spacer portion 300 is passed to supporting seat 501 with being about to external force along first direction 410, makes supporting seat 501 produce the displacement of compression with absorbing vibration and generation towards compression position.Simultaneously, the elastic force of elastic element 570 makes supporting seat 501 return back to original position towards upholding the position, promptly than compression position.By the compression of supporting seat 501 and the elastic force of elastic element 570, cushioned the vibrations that second content thing 700 is produced by external force concussion, to lower the suffered infringement of second content thing 700.
Figure 10 a and Figure 10 b are depicted as another embodiment of the present invention.Shown in Figure 10 a, supporting seat 501 is that the weight that is spaced apart portion 300 and last second content thing 700 thereof is compressed to compression position.Enclosing bundle element 590 is to enclose bundle base 510 and strut bar 530, and the extension of restriction supporting seat 501 must not surpass to uphold and upholds the position between position and compression position.In other words, shown in Figure 10 a, when supporting seat 501 was compressed into compression position, enclosing bundle element 590 was the states that keep lax.Yet be opened when casing 100, and when taking out spacer portion 300 on the supporting seat 501 and second content thing 700, shown in Figure 10 b, this moment, supporting seat 501 was towards upholding the position resilience.By the setting of enclosing bundle element 590, the extension that is limited supporting seat 501 rests on the above-mentioned position of upholding, and avoids supporting seat 501 to cause accident because of directly recoiling to the extension position.
The present invention is described by above-mentioned related embodiment, yet the foregoing description is only for implementing example of the present invention.Must be pointed out that the embodiment that has disclosed does not limit the scope of the invention.On the contrary, being contained in the modification of the spirit of claim and scope and equalization is provided with and all is contained in the scope of the present invention.
Claims (38)
1, a kind of buffer packing structure can be taken in a first content thing, and this buffer packing structure comprises:
One casing has an inner space;
One first fender is arranged in this inner space; And
One spacer portion, be arranged in this inner space, and this spacer portion and this first fender keep one first prepsetting gap, make this spacer portion and this first fender separated from one another, form one first space between this first fender and this spacer portion, this first content thing can be taken in this first space;
Wherein be subjected to the external force effect when this casing, when making this first fender and this spacer portion move toward one another, this casing can be out of shape to make and is reduced into one second prepsetting gap between this first fender and this spacer portion, and this second prepsetting gap is less than this first prepsetting gap.
2, as claim 1 a described buffer packing structure, wherein this spacer portion and this first fender are in the two, and the modulus of rigidity of this spacer portion is bigger.
3, as claim 1 a described buffer packing structure, wherein this first fender comprises Styrofoam.
4, as claim 1 a described buffer packing structure, wherein this buffer packing structure also comprises an elasticity material, and this elasticity material is arranged at this first prepsetting gap, and wherein this elasticity material is than this casing easy deformation.
5, as claim 4 a described buffer packing structure, wherein this elasticity material is a mattress, does the time spent when this casing is subjected to this external force, and this mattress is distortion therefore.
6, as claim 4 a described buffer packing structure, wherein among this elasticity material, this spacer portion and this first fender three, the modulus of rigidity minimum of this elasticity material.
7, as claim 1 a described buffer packing structure, wherein this buffer packing structure also comprises one second fender, this second fender is arranged in this inner space with respect to this first fender side, this second fender is to be connected to this spacer portion, do the time spent when this casing is subjected to external force, this second fender can not move with respect to this spacer portion.
8, a kind of buffer packing structure comprises:
One casing has an inner space;
One first fender is arranged in this inner space;
One spacer portion is arranged in this inner space, and this spacer portion and this first fender keep one first prepsetting gap, makes this spacer portion and this first fender separated from one another, forms one first space between this first fender and this spacer portion; And
One deformable first content thing is to be contained in this first space, this first content thing can maintain one than stretched condition and one than compressive state the two one of;
Wherein do not do the time spent when this casing is subjected to external force, this first space keeps one first height, and this first content thing can maintain this and be accommodated in this first space than stretched condition; When this casing is subjected to the external force effect, when making this first fender and this interval part move toward one another, this casing can begin distortion from contiguous this first prepsetting gap place, make this first space be reduced to one second height, this second height is less than this first height, and forcing this first content composition deformation to become should be accommodated in this first space than compressive state.
9, as claim 8 a described buffer packing structure, wherein this first fender comprises Styrofoam.
10, as claim 8 a described buffer packing structure, wherein this spacer portion and this first fender are in the two, and the modulus of rigidity of this spacer portion is bigger.
11, as claim 8 a described buffer packing structure, wherein further comprise an elasticity material, this elasticity material is arranged at this first prepsetting gap, and wherein this elasticity material is than this casing easy deformation.
12, as claim 11 a described buffer packing structure, wherein among this elasticity material, this spacer portion and this first fender three, the modulus of rigidity minimum of this elasticity material.
13, as claim 11 a described buffer packing structure, wherein this elasticity material comprises a mattress.
14, as claim 8 a described buffer packing structure, its wherein this first content thing comprise a supporting seat, this supporting seat can be at a first direction flexible and this spacer portion of conflicting, this supporting seat comprises:
One base;
One strut bar, this strut bar have a base end and a support end, and this base end connects this base, and this support end is to move relative to this base end;
A connecting seat connects this support end of this strut bar, and this Connection Block is for being connected with an object; And
One elastic element, connect this base and this strut bar, relative this base of this strut bar is positioned at Jie and upholds one between a position and a compression position than compression position one, this elastic element provides this strut bar to drive a elastic force to this extension position, this base and this Connection Block this spacer portion of conflicting wherein.
15, as claim 14 a described buffer packing structure, wherein this support end can be around this base end rotation.
16, as claim 15 a described buffer packing structure, wherein this elastic element comprises a linear springs of extending along this strut bar.
17, as claim 15 a described buffer packing structure, wherein this elastic element comprises a torsion spring of this base end that is arranged at this strut bar.
18, as claim 14 a described buffer packing structure, wherein this strut bar and this base are along the direction of principal axis socket of this strut bar.
19, as claim 14 a described buffer packing structure, wherein this elastic element comprises a wind spring that is provided with along this strut bar.
20, as claim 14 a described buffer packing structure, wherein further comprise and enclose the bundle element, this encloses the bundle element and encloses this base of bundle and be in this this strut bar than compression position, to limit this first content thing from upholding towards a complete stretched condition than stretched condition.
21, as claim 8 a described buffer packing structure, wherein further comprise one second fender, this spacer portion is to be arranged between this second fender and this first fender, forms one second space between this second fender and this spacer portion.
22, a kind of buffer packing structure comprises:
One casing has an inner space;
One first fender is arranged in this inner space;
One spacer portion is arranged in this inner space, forms one first space between this spacer portion and this first fender;
One deformable first content thing is contained in this first space, and this first content thing is connected to this spacer portion; And
One encloses the bundle element, and this encloses the bundle element and encloses this first content thing of bundle, upholds towards a complete stretched condition than stretched condition from one to limit this first content thing;
Wherein work as this spacer portion to this first content thing application of force, this spacer portion moves relative to this casing, and forces this first content thing from being deformed into one than compressive state than stretched condition.
23, as claim 22 a described buffer packing structure, wherein this spacer portion and this first fender are combined closely.
24,, should be the minimum altitude state of this first content thing wherein than compressive state as claim 22 a described buffer packing structure.
25, as claim 22 a described buffer packing structure, wherein this first fender and this spacer portion are separated from one another, and this first fender and this spacer portion keep one first prepsetting gap, make this spacer portion and this first fender separated from one another, form one first space between this first fender and this spacer portion, this first content thing is accommodated in this first space and can takes in;
Wherein do not do the time spent when this casing is subjected to external force, this first space keeps one first height, and this first content thing can maintain this and be accommodated in this first space than stretched condition; When this casing is subjected to the external force effect, when making this first fender and this interval part move toward one another, this casing can begin distortion from contiguous this first prepsetting gap place, make this first space be reduced to one second height, this second height is less than this first height, and forcing this first content composition deformation to become should be accommodated in this first space than compressive state.
26, as claim 22 a described buffer packing structure, wherein this first fender and this spacer portion comprise Styrofoam.
27, as claim 22 a described buffer packing structure, wherein this spacer portion and this first fender are in the two, and the modulus of rigidity of this spacer portion is bigger.
28, as claim 22 a described buffer packing structure, wherein further comprise an elasticity material, this elasticity material is arranged between this spacer portion and this first fender, and wherein this elasticity material is than this casing easy deformation.
29, as claim 28 a described buffer packing structure, wherein among this elasticity material, this spacer portion and this first fender three, the modulus of rigidity minimum of this elasticity material.
30, as claim 28 a described buffer packing structure, wherein this elasticity material comprises a mattress.
31, as claim 22 a described buffer packing structure, wherein this first content thing comprises a supporting seat, and this supporting seat can stretch and this spacer portion of conflicting at a first direction, and this supporting seat comprises:
One base;
One strut bar, this strut bar have a base end and a support end, and this base end connects this base, and this support end can move relative to this base end;
A connecting seat is this support end that connects this strut bar, and this Connection Block is for being connected with this electronic device body; And
One elastic element, connect this base and this strut bar, this strut bar is that relatively this base is positioned at Jie and upholds one between a position and a compression position than compression position one, this elastic element provides this strut bar to drive a elastic force to this extension position, one of them this spacer portion of conflicting of this base and this Connection Block;
Wherein this encloses the bundle element and encloses bundle this base and be in this this strut bar than compression position.
32, as claim 31 a described buffer packing structure, wherein this support end can be around this base end rotation.
33, as claim 32 a described buffer packing structure, wherein this elastic element comprises a linear springs of extending along this strut bar.
34, as claim 32 a described buffer packing structure, wherein this elastic element comprises a torsion spring of this base end that is arranged at this strut bar.
35, as claim 32 a described buffer packing structure, wherein this base and this Connection Block one of them be the surface of this spacer portion of conflicting.
36, as claim 31 a described buffer packing structure, wherein this strut bar and this base are along the direction of principal axis socket of this strut bar.
37, as claim 36 a described buffer packing structure, wherein this elastic element comprises a wind spring that is provided with along this strut bar.
38, as claim 22 a described buffer packing structure, wherein further comprise one second fender, this spacer portion is arranged between this second fender and this first fender, forms one second space between this second fender and this spacer portion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101451742A CN101100232A (en) | 2006-07-04 | 2006-11-15 | Buffering package structure |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200610098533 | 2006-07-04 | ||
| CN200610098533.3 | 2006-07-04 | ||
| CNA2006101451742A CN101100232A (en) | 2006-07-04 | 2006-11-15 | Buffering package structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101100232A true CN101100232A (en) | 2008-01-09 |
Family
ID=39034732
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2006101451742A Pending CN101100232A (en) | 2006-07-04 | 2006-11-15 | Buffering package structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101100232A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107444779A (en) * | 2017-08-28 | 2017-12-08 | 青岛海尔滚筒洗衣机有限公司 | The packaging structure and washing machine of a kind of household electrical appliance |
| CN110239835A (en) * | 2019-07-02 | 2019-09-17 | 珠海格力电器股份有限公司 | Promote the packaging structure of packaging efficiency and the fan using it |
-
2006
- 2006-11-15 CN CNA2006101451742A patent/CN101100232A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107444779A (en) * | 2017-08-28 | 2017-12-08 | 青岛海尔滚筒洗衣机有限公司 | The packaging structure and washing machine of a kind of household electrical appliance |
| CN110239835A (en) * | 2019-07-02 | 2019-09-17 | 珠海格力电器股份有限公司 | Promote the packaging structure of packaging efficiency and the fan using it |
| CN110239835B (en) * | 2019-07-02 | 2020-08-14 | 珠海格力电器股份有限公司 | Packaging structure for improving packaging efficiency and fan using same |
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Open date: 20080109 |